Flow Induced Vibrations (FIV)
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1hr
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Self paced
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Trusted by professionals
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Certification included
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Industry standard content
Why take this course?
This self-paced course explores the causes, analysis, and mitigation of Flow-Induced Vibrations (FIV) in piping systems. Topics include flow-induced turbulence, excitation mechanisms, acoustic resonance, and FIV analysis per the Energy Institute guidelines. The course features video lectures, quizzes, and provides a certificate with PDH credits upon completion.
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Unlimited Access with Membership
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By Industry Experts
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100% Online Course
About the course
Working on piping systems? Learn about the cause, analysis, and mitigation of Flow-Induced Vibrations (FIV).
In this Self-Paced course, participants will be taken through: flow-induced turbulence (FIT); excitation mechanisms and critical systems, flow-induced pulsations due to side branches and obstructions, acoustic resonance, FIV analysis procedure according to the Energy Institute, typical mitigation measures for Flow-Induced Vibrations (FIV),worked example of flow-induced pulsations.
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1hr
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1 PDH Credit
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English
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SPC010M3
Meet your instructor
Dynaflow Research Group
Dynaflow Research Group is an advanced engineering consultancy specializing in complex piping, mechanical, structural, vibration, and dynamic analysis. Their work focuses on technically demanding industrial problems where calculation quality, code understanding, physical insight, and engineering judgement are critical. Their courses turn this specialist consulting experience into practical training, helping engineers understand the principles, assumptions, failure mechanisms, and design decisions behind real engineering systems.
Who should attend this course
• Those working on piping systems where FIV has been seen or identified as a risk.• Those wanting the assess if FIV could occur on their piping system.
• Those wanting to understand the mechanism of how FIV occurs and the background to the mitigation measures.
Program & Details
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Flow Induced Variations (FIV)
1. Course Introduction
2. FIT Excitations
3. FIT Fatigue
4. High Risk Systems
5. FIT Screening: Part 1
6. System Stiffness using BOSPulse
7. FIT Screening: Part 2
8. Criticality from Field Measurements
9. Detailed Assessments
10. FIT Mitigation Measures
11. PFIE Excitations
12. PFIE Screening
13. PFIE Mitigations
14. FIT & PFIE Overview
15. Course Outro
Certification
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